Skip to main content

Export Graphics[] without white edges


I am trying to generate & Export[] Image with the below code, but as shown in the images I get some white border around my rectangle.


How could I export an images that stopes right at the edge of my Rectangle[] edges ?


enter image description here


c0 = {RGBColor[23/85, 29/255, 142/255], RGBColor[244/255, 1, 59/255], 
RGBColor[1, 0, 32/85], RGBColor[18/85, 72/85, 197/255]}



Export[FileNameJoin[{Directory[], "DropBox", ToString[#] <> ".jpg"}],
Graphics[{EdgeForm[Thick],
White, Rectangle[{0, 0}, {160, 90}],
Flatten@({Flatten@(Table[
RandomChoice[{GrayLevel[.15], c0[[#]]}], {3}] & /@
Range[2, 4, 1]),
MapThread[
Function[{Xs, Ys},
Rectangle[{Xs, Ys}, {Xs + 16, Ys + 9}]],

{Flatten@Table[Range[0, 32, 16], {3}],
Flatten@(Table[#, {3}] & /@
Range[63, 81, 9])}]}\[Transpose]),
Black, Thick, Line[{{0, 63}, {160, 63}}]}, ImageSize -> 300]] & /@
Range[100]

Answer



There's another, undocumented, approach, although I can't take credit for discovering this one. The solution you're probably looking for (in the sense that Brett Champion's solution seems to clip off a little too much at the edges) is the Method option for Graphics:


Method -> {"ShrinkWrap" -> True}

e.g. (graphics example from the documentation for Circle):



Graphics[
Table[{Hue[t/20], Circle[{Cos[2 Pi t/20], Sin[2 Pi t/20]}, 1]}, {t, 20}],
Method -> {"ShrinkWrap" -> True}
]

Note that this has to be written as Method -> {"ShrinkWrap" -> True}. The form Method -> "ShrinkWrap" -> True might be expected to work, but it doesn't.


Comments

Popular posts from this blog

front end - keyboard shortcut to invoke Insert new matrix

I frequently need to type in some matrices, and the menu command Insert > Table/Matrix > New... allows matrices with lines drawn between columns and rows, which is very helpful. I would like to make a keyboard shortcut for it, but cannot find the relevant frontend token command (4209405) for it. Since the FullForm[] and InputForm[] of matrices with lines drawn between rows and columns is the same as those without lines, it's hard to do this via 3rd party system-wide text expanders (e.g. autohotkey or atext on mac). How does one assign a keyboard shortcut for the menu item Insert > Table/Matrix > New... , preferably using only mathematica? Thanks! Answer In the MenuSetup.tr (for linux located in the $InstallationDirectory/SystemFiles/FrontEnd/TextResources/X/ directory), I changed the line MenuItem["&New...", "CreateGridBoxDialog"] to read MenuItem["&New...", "CreateGridBoxDialog", MenuKey["m", Modifiers-...

How to thread a list

I have data in format data = {{a1, a2}, {b1, b2}, {c1, c2}, {d1, d2}} Tableform: I want to thread it to : tdata = {{{a1, b1}, {a2, b2}}, {{a1, c1}, {a2, c2}}, {{a1, d1}, {a2, d2}}} Tableform: And I would like to do better then pseudofunction[n_] := Transpose[{data2[[1]], data2[[n]]}]; SetAttributes[pseudofunction, Listable]; Range[2, 4] // pseudofunction Here is my benchmark data, where data3 is normal sample of real data. data3 = Drop[ExcelWorkBook[[Column1 ;; Column4]], None, 1]; data2 = {a #, b #, c #, d #} & /@ Range[1, 10^5]; data = RandomReal[{0, 1}, {10^6, 4}]; Here is my benchmark code kptnw[list_] := Transpose[{Table[First@#, {Length@# - 1}], Rest@#}, {3, 1, 2}] &@list kptnw2[list_] := Transpose[{ConstantArray[First@#, Length@# - 1], Rest@#}, {3, 1, 2}] &@list OleksandrR[list_] := Flatten[Outer[List, List@First[list], Rest[list], 1], {{2}, {1, 4}}] paradox2[list_] := Partition[Riffle[list[[1]], #], 2] & /@ Drop[list, 1] RM[list_] := FoldList[Transpose[{First@li...

plotting - Magnifying Glass on a Plot

Although there is a trick in TEX magnifying glass but I want to know is there any function to magnifying glass on a plot with Mathematica ? For example for a function as Sin[x] and at x=Pi/6 Below, this is just a picture desired from the cited site. the image got huge unfortunately I don't know how can I change the size of an image here! Answer Insetting a magnified part of the original Plot A) by adding a new Plot of the specified range xPos = Pi/6; range = 0.2; f = Sin; xyMinMax = {{xPos - range, xPos + range}, {f[xPos] - range*GoldenRatio^-1, f[xPos] + range*GoldenRatio^-1}}; Plot[f[x], {x, 0, 5}, Epilog -> {Transparent, EdgeForm[Thick], Rectangle[Sequence @@ Transpose[xyMinMax]], Inset[Plot[f[x], {x, xPos - range, xPos + range}, Frame -> True, Axes -> False, PlotRange -> xyMinMax, ImageSize -> 270], {4., 0.5}]}, ImageSize -> 700] B) by adding a new Plot within a Circle mf = RegionMember[Disk[{xPos, f[xPos]}, {range, range/GoldenRatio}]] Show...